Which 96-well Nunc-Immuno Plates or Modules are appropriate for which application?
The following list offers a brief description of the features of Nunc products and their specific applications. • Nunc-Immuno Plates, MaxiSorp surface – These plates are designed for solid phase immuno assays and have a polystyrene surface with high affinity for polar groups and hydrophilic molecules. These 96 well plates are available with flat (F), round (U) or (C) bottom-well designs. • Nunc-Immuno Plates, PolySorp surface – These plates have a polystyrene surface which adsorps less polar molecules compared to the MaxiSorp surface and has a high affinity for hydrophobic groups. These 96 well plates are available with flat (F), round (U) or (C) bottom-well designs. • Nunc-Immuno Modules – These modules are designed for solid-phase immuno assays. The modules are available in 8-, 12- or 16-well formats with (F), (U) and (C) bottom-well and 8-well BreakApart with (C) bottom-well designs. These different formats allow one to choose the style which is appropriate for their assay design. B
The following list offers a brief description of the features of Nunc products and their specific applications. • Nunc-Immuno Plates, MaxiSorp surface – These plates are designed for solid phase immuno assays and have a polystyrene surface with high affinity for polar groups and hydrophilic molecules. These 96 well plates are available with flat (F), round (U) or (C) bottom-well designs. • Nunc-Immuno Plates, PolySorp surface – These plates have a polystyrene surface which adsorps less polar molecules compared to the MaxiSorp surface and has a high affinity for hydrophobic groups. These 96 well plates are available with flat (F), round (U) or (C) bottom-well designs. • Nunc-Immuno Modules – These modules are designed for solid-phase immuno assays. The modules are available in 8-, 12- or 16-well formats with (F), (U) and (C) bottom-well and 8-well BreakApart with (C) bottom-well designs. These different formats allow one to choose the style which is appropriate for their assay design. B
